Cloud-Client Rendering Method Based on Adaptive Virtualized Rendering Pipeline

2. The cloud-client rendering computing method based on an adaptive virtualized rendering pipeline as claimed in claim 1, wherein when all rendering resources in the cloud-client computing distribution solution are executed on a client, a corresponding rendering algorithm is executed by the client according to a defined rendering pipeline to obtain a rendering result.

3. The cloud-client rendering computing method based on an adaptive virtualized rendering pipeline as claimed in claim 1, wherein when a part of all rendering resources in the cloud-client computing distribution solution is executed on cloud and the remaining is executed on a client, a corresponding rendering algorithm is executed on cloud according to a defined rendering pipeline to obtain a computing result, and then the computing result is transmitted to the client, wherein the client executes a corresponding rendering algorithm according to the received computing result to obtain a rendering result.

4. The cloud-client rendering computing method based on an adaptive virtualized rendering pipeline as claimed in claim 1, wherein when all rendering resources in the cloud-client computing distribution solution are executed on cloud, a corresponding rendering algorithm is executed on cloud according to a defined rendering pipeline to obtain a final display resource, wherein the client directly displays the received final display resource.

5. The cloud-client rendering computing method based on an adaptive virtualized rendering pipeline as claimed in claim 3, wherein the computing result obtained by the corresponding rendering algorithm executed on cloud is transmitted to the client after being compressed with a compression technique.

6. The cloud-client rendering computing method based on an adaptive virtualized rendering pipeline as claimed in claim 1, wherein the rendering computing method further comprises: monitoring a change of the optimization objectives in a real-time manner, dynamically updating the optimization objectives according to the change of the optimization objectives and updating a currently optimal cloud-client computing distribution solution according to the updated optimization objectives.

7. The cloud-client rendering computing method based on an adaptive virtualized rendering pipeline as claimed in claim 5, wherein the rendering computing method further comprises: monitoring a change of the optimization objectives in a real-time manner, dynamically updating the optimization objectives according to the change of the optimization objectives and updating a currently optimal cloud-client computing distribution solution according to the updated optimization objectives.

8. The cloud-client rendering computing method based on an adaptive virtualized rendering pipeline as claimed in claim 6, wherein a network transmission bandwidth is monitored in a real-time manner, the optimization objectives are dynamically updated when a network transmission delay increases, and a currently optimal cloud-client computing distribution solution is updated according to the updated optimization objectives.

9. The cloud-client rendering computing method based on an adaptive virtualized rendering pipeline as claimed in claim 7, wherein a network transmission bandwidth is monitored in a real-time manner, the optimization objectives are dynamically updated when a network transmission delay increases, and a currently optimal cloud-client computing distribution solution is updated according to the updated optimization objectives.

10. The cloud-client rendering computing method based on an adaptive virtualized rendering pipeline as claimed in claim 4, wherein the computing result obtained by the corresponding rendering algorithm executed on cloud is transmitted to the client after being compressed with a compression technique.